Modular Bra And System For Selecting And Fitting Modular Bra

ABSTRACT

The present disclosure provides a modular bra that may allow for full customization of all straps, cup sizes, snapping system and different sizing all together. The modular bra may also have an app that allows for the user to understand the full capability of the bra and aid the user in both proper measurement and choosing style based upon outfits and measurements. There may also exist a fitness portion in the app to track physical activity as well regular mammogram tests. The modular bra may also have an inflation system throughout; to maximize customization for different size breasts and different styles of outfits. Each modular bra may have infinite customization options for each individual user based upon style, measurements, preference, and comfortability.

CROSS-REFERENCE TO RELATED APPLICATION

This application claims priority to and the full benefit of U.S.Provisional Patent Application Ser. No. 62/838,214, filed Apr. 24, 2019,and titled “MODULAR BRA AND SYSTEM FOR SELECTING AND FITTING MODULARBRA”, the entire contents of which are incorporated in this applicationby reference.

BACKGROUND OF THE DISCLOSURE

Brassieres, or bras, are undergarments designed to support, cover, orrestrain a wearer's breasts. Bras have undergone several permutationsthroughout the course of history, usually as a result of a need forfunction or fashion. In ancient Greece, garments were used to restrain,such as for athletic events. Wearers would wrap bands of fabric acrosstheir chests, pinning or tying the fabric in the back. Classic Greecehad outfits in vogue that emphasized the breast, with a belt worn underor over to achieve this goal. In the Iliad, Aphrodite wore anembroidered girdle that had the power to make any female who wore itirresistible to men. On the other side of societal perception, Romansociety tried to deemphasize breasts. Roman wearers wore the modernequivalent of strapless bras to secure their breasts.

By the Middle Ages wearers wore cloth binders to support their breasts.Outfits deemphasized and minimized the wearer's figure and appearance.Clothing fitted precisely and snuggly to the body, functioning as breastsupport. Corsets both supported breasts while constraining the wearer'sbody in the 15^(th) century. The corset itself changed over its time,starting as a support garment before being used like a girdle-likerestraining device. Corsets would eventually include paste-stiffenedlinen, a busk in the front, and iron supports on the sides and in theback, emphasizing a flat torso. Since corsets made movement difficult,simpler garments were developed. A tie under the breast line in a bodiceenabled wearers easier movement if they were expected to work.

Concerns about the health effects corsets had on women brought about theearliest concepts of the push-up bra in the 19^(th) century.Alternatives included wrap-around bodices or boned, close-fittingcamisoles. Bras were eventually introduced as another alternative to thecorset, allowing greater freedom of movement. One of the earlierinnovations split the traditional corset in two, with an upper partsupporting breasts with shoulder straps. This was eventually sold as astand-alone item, known as the “soutien-gorge.” The precursor for theunderwire bra featured separate pockets for each breast above a metalsupporting plate and hook-and-eye fasteners for the shoulder straps.

The end of the corset era started during World War I due to metalshortages. By the end of the war, wearers opted for bras over corsets.These post-World War I bras were positioned as a lightweight, soft, andcomfortable alternative to corsets. By the 1930s, the current bra sizeand fitting classification system was developed. More advertising andmarketing campaigns highlighted bras, leading to wider consumeradoption. The 1940s brought in the underwire bra that is still usedtoday. Improvements in fabric, fiber technology, and overall optionslike adjustable straps, cup sizes, and pads increased its marketability,affordability, and mainstream appeal.

From these form improvements, bras have also been iterated on to servevariety of functions, from nursing bras that facilitate breastfeeding tocooling bras and memory foam bras that adapt to size and shape. Despitethese improvements, several technologies still focus on a basic problemunderlying the bra: comfort. Regular complaints range from sagging cups,itchy tags, painful underwires, and tight bands. Discomfort can alsocome from wearers using an incorrect size since the wearer isself-conscious about changing their size.

From incorporating bras into athletic wear, removing the metalunderwires in modern bras, or trying to streamline the process forfinding a perfect fit, the search continues to balance form withfunction and coziness. Some have even gone so far as to challenge thetraditional bra fitting system, developing algorithms to identifyoptimal fits based on minimal wearer measurements or introducing halfsize models based on the traditional bra fitting system. On average, awearer may spend about $4,000 on bras in their lifetime, owning anaverage of 16 bras at any given time. Though bras used to change inresponse to societal expectations and standards, the average Americanbra size has increased at a rate surpassing the current rate ofinnovation.

SUMMARY OF THE DISCLOSURE

According to the present disclosure, a modular bra may allow for fullcustomization. In some aspects, the customization may be based on userphysical specifications, preferences, occasions, or outfits, asnon-limiting examples. In some embodiments, a modular bra may becustomizable for each individual side, which may allow for a perfect fitfor any user and situation.

In some implementations, the modular bra may come in different types ofmaterials, sizes, and configurations based on user order information orpreference. A user may have access to the components of a modular braand create a custom configuration as needed. In some aspects, a user mayhave a collection of components, wherein the user may mix and match foreach use. In some embodiments, the modular bra may be a health tracker,such as by monitoring heart rate, steps, and stress level, asnon-limiting examples. In some aspects, the modular bra may pair with asoftware application. The app may provide visualizations of the healthtracker data. The app may provide guidance on how to configure a modularbra based measurements, outfits, preferences, or occasions, asnon-limiting examples.

The present disclosure relates to a modular bra comprising a first brapiece and a second bra piece, wherein the first bra piece and second brapiece are connectable to create a bra, wherein, when the bra is worn bya user, the first cup supports the first user breast, the second cupsupports the second user breast, the first side band and second sideband wrap around the user, and the first side strap and second sidestrap provide lift to one or both the first user breast and second userbreast. In some aspects, the first bra piece may comprise a first cupshaped to hold a first user breast, a first side strap attaches to thefirst cup and extends upward, a first side band comprising a first cupend and a first back clasp end, wherein the first cup end attaches tothe first cup and extends laterally, a first back clasp attached thefirst back clasp end, and a first front clasp attached to the first cup.

The second bra piece may comprise a second cup shaped to hold a seconduser breast, a second side strap attaches to the second cup and extendsupward, a second side band comprising a second cup end and a second backclasp end, wherein the second cup end attaches to the second cup andextends laterally, a second back clasp attached the second back claspend, wherein the second back clasp is connectable to the first backclasp and when connected the first side band and second side band areconfigured to wrap around a user, and a second front clasp attached tothe second cup, wherein the second front clasps is connectable to thefirst front clasp.

In some embodiments, the modular bra may comprise an attachable panelconnectable to one or both the first bra piece and the second bra piece,wherein, when the attachable panel is attached and the bra is worn, theattachable panel covers a portion of the user under the bra. In someimplementations, one or more of the first side strap, first side band,second side strap, and second side band may be adjustable in length. Insome aspects, the modular bra may further comprise one or both a backstrap and a back strap, wherein the first side strap may be detachablefrom the first cup, the second side strap may be detachable from thesecond cup, and one or both a back strap and front strap maysimultaneously replace two detached side straps.

In some implementations, at least a portion of the first bra piece maybe different than at least a portion of the second bra piece. In someembodiments, the first cup and the second cup may comprise differentsizes. In some aspects, the first cup and the second cup may providedifferent coverage. In some implementations, one or both the first sidestrap and first side band may be adjustable in position with the firstcup, and one or both the second side strap and second side band areadjustable in position with the second cup. In some embodiments, thefirst side strap may be connectable to one or both the first side bandand the second side band, and the second side strap may be connectableto one or both the first side band and the second side band.

In some aspects, the first cup may comprise a first plurality of slots,wherein one or both the first side strap and the first side band may beconnectable to at least a portion of the first plurality of slots, andthe second cup may comprise a second plurality of slots, wherein one orboth the second side strap and the second side band may be connectableto at least a portion of the second plurality of slots. In someimplementations, the modular bra may be configured to pair with asoftware application that may provide configuration guidance forpositions of one or more the first side strap, the first side band, thesecond side strap, and the second side band. In some embodiments, theconfiguration guidance may be based at least in part on a neckline of apiece of clothing to be worn over the bra.

The present disclosure relates to a modular bra system comprising aplurality of bra pieces, wherein each bra piece may comprise a cupshaped to hold a user breast, a side strap attaches to the cup andextends upward, a side band comprising a cup end and a back clasp end,wherein the cup end attaches to the cup and extends laterally, a backclasp attached the back clasp end, wherein each back clasp isconnectable, and a front clasp attached to the cup, wherein each frontclasp is connectable, wherein the plurality of bra pieces areinterchangeably connectable as pairs to create a bra, wherein, when thebra is worn by a user, each cup supports the user breast, each side bandwraps around the user, and each side strap provides lift to the userbreast.

In some aspects, the plurality of bra pieces may comprise a plurality ofcup styles. In some embodiments, the plurality of bra pieces maycomprise a plurality of cup sizes. In some implementations, at least aportion of side straps may be detachable from the cup, and the modularbra system may further comprise one or both back strap and front strap,wherein the one or both back strap and front strap may simultaneouslyreplace two detached side straps.

In some aspects, the modular bra system may further comprise anattachable panel connectable to at least a portion of the plurality ofbra pieces, wherein, when the attachable panel is attached and the brais worn, the attachable panel may cover a portion of the user under thebra. In some implementations, the modular bra system may furthercomprise a software application that may provide configuration guidancefor combinations of at least a portion of the plurality of bra pieces.In some embodiments, the configuration guidance may be based at least inpart on a neckline of a piece of clothing to be worn over the bra. Insome aspects, the configuration guidance may be based at least in parton body measurements of the user.

BRIEF DESCRIPTION OF THE DRAWINGS

The accompanying drawings, that are incorporated in and constitute apart of this specification, illustrate several embodiments of thedisclosure and, together with the description, serve to explain theprinciples of the disclosure:

FIG. 1 illustrates an exemplary modular bra with multiple types of cups,according to some embodiments of the present invention.

FIG. 2A illustrates an exemplary clasp for a modular bra, according tosome embodiments of the present invention

FIG. 2B illustrates an exemplary clasp for a modular bra, according tosome embodiments of the present invention.

FIG. 2C illustrates an exemplary clasp for a modular bra, according tosome embodiments of the present invention.

FIG. 2D illustrates an exemplary clasp for a modular bra, according tosome embodiments of the present invention.

FIG. 3 illustrates exemplary front necklines.

FIG. 4 illustrates exemplary back necklines.

FIG. 5A illustrates an exemplary modular bra with two different types ofcups.

FIG. 5B illustrates a top down view of an exemplary open front clasp fora modular bra.

FIG. 5C illustrates a side view of an exemplary open front clasp formodular bra.

FIG. 5D illustrates an exemplary modular bra with two different types ofcups.

FIG. 5E illustrates a top down view of an exemplary closed front claspfor a modular bra.

FIG. 5F illustrates a side view of an exemplary closed front clasp formodular bra.

FIG. 6A illustrates an exemplary GUI requesting measurements for amodular bra fitting.

FIG. 6B illustrates an exemplary GUI requesting cup type selection for amodular bra.

FIG. 6C illustrates an exemplary GUI providing fitting instructions fora modular bra.

FIG. 6D illustrates a back configuration for an exemplary modular bra.

FIG. 6E illustrates a front configuration for an exemplary modular bra.

FIG. 7A illustrates an exemplary GUI requesting neckline suggestion fora modular bra selection.

FIG. 7B illustrates an exemplary GUI requesting cup type selection formodular bra selection.

FIG. 7C illustrates an exemplary GUI providing fitting instructions fora modular bra.

FIG. 7D illustrates a back configuration for an exemplary modular bra.

FIG. 7E illustrates a front configuration for an exemplary modular bra.

FIG. 8A illustrates an exemplary modular bra with adjustable cup.

FIG. 8B illustrates an exemplary modular bra with adjustable cup,wherein the cup size is enlarged.

FIG. 9 illustrates an exemplary modular bra with adjustable cup, whereinthe modular bra is in communication with a portable device.

DETAILED DESCRIPTION

The present disclosure provides generally for a modular bra that mayallow for full customization by the user. Component options may includestraps, cup sizes, padding, material, clasps, design, style, however,the device is not limited to such configurations. According to thepresent disclosure, the modular bra may comprise a health tracker thatmay provide biofeedback to a software application. The app may allowusers to preview styles with outfits and may aid users on what braconfiguration is best for them based on the in-app measurements andpreference selection.

In the following sections, detailed descriptions of examples and methodsof the disclosure will be given. The description of both preferred andalternative examples though thorough are exemplary only, and it isunderstood that to those skilled in the art variations, modifications,and alterations may be apparent. It is therefore to be understood thatthe examples do not limit the broadness of the aspects of the underlyingdisclosure as defined by the claims.

Glossary

-   -   Modular Bra: as used herein refers to a brassiere with        interchangeable components. In some aspects, the modular bra may        allow for customization of cups, straps, clasps, and bands, as        non-limiting examples.    -   Cup: as used herein refers to a portion of the modular bra that        holds a breast. For ease of reference, right cup and left cup        may be identified separately, though the designation is not        intended to be limiting.    -   Side Band: as used herein refers to the portion of the modular        bra that wraps around the sides of the body. Generally, the side        band connects to the cup and comprises a back clasp.    -   Strap Back: as used herein refers to a portion of a strap worn        on the back part of the body. In some aspects, the strap back        may be directly or indirectly connected to one or both cup.        Though referred to as separate components and may be separately        customizable, the strap back and strap front may be connected or        may be a single piece.    -   Strap Front: as used herein refers to a portion of a strap worn        on the front part of the body. In some aspects, the strap front        may be directly or indirectly connected to one or both cup.

Referring now to FIG. 1, an exemplary modular bra with multiple types ofcups 104, 114,124, 134 is illustrated. Each bra piece 100, 110, 120, 130may comprise back clasps 101, 111, 121, 131, a side band 102, 112, 122,132, a strap 103, 113, 123, 133, and a front clasp 105, 115, 125, 135.In some aspects, the modular bra may comprise cups 104, 114,124, 134 ofdifferent sizes used together, held together by a clasp 105, 115, 125,135. In some implementations, a side band 102, 112, 122, 132 maycomprise a back clasp end that may comprise a back clasp 101, 111, 121,131 and a cup end where the side band 102, 112, 122, 132 may attach tothe cup 104, 114,124, 134.

In some aspects, the modular bra piece 100, 110, 120, 130 may comprise avariety of configurations. For example, a bra piece 100 may comprise aspaghetti strap 103 with a demi cup 104 and adjustable side band 102 ina cotton material connectable to a second cup by a front clasp 105 and aback clasp 101. Each individual bra piece 100, 110, 120, 130 may be adifferent material or size based upon user preference, measurements,outfits, or occasions.

In some embodiments, the bra pieces 100, 110, 120, 130 may haveinterchangeable back clasps for 101, 111, 121, 131 each side band 102,112, 122, 132 to allow for a looser or a tighter fit based on thedesired look or feel. In some aspects, the front clasps 105, 115, 125,135 may be universal to a set of bra piece 100, 110, 120, 130 in casethe user misplaces a pair or damages them in some manner. In someimplementations, the back clasps 101, 111, 121, 131 may be switchedbetween bra piece 100, 110, 120, 130 based on the users' dominant hand(i.e., left handed or right handed).

In some aspects, the modular bra pieces 100, 110, 120, 130 may have anadjustable side band 102, 112, 132 that may allow for more control ofthe length of the side bands 102, 112, 132. In some embodiments, theadjustable side band 102, 112, 132 may comprise a release that mayprovide a secondary, more convenient, location to remove the modularbra. In some implementations, the bra piece 100, 110, 120, 130 may allowfor strap removal via a hidden clasp attached to the inside of the cup104, 114, 124, 134, wherein the size, type, and location may not hinderfunctionality nor may it not be bothersome to the user.

Where the side bands 102, 112, 122, 132 may be interchangeable, thelength may be selectable before attaching it to the bra piece 100, 110,120, 130. In some aspects, the length of the side straps 102, 112, 122,132 may be adjustable. The side band 102, 112, 132 may be loosened ortightened via a built-in fastener for maximum comfort. The side bands102, 112, 122, 132 may also have a shorter or longer total length basedon user measurements on the app, this may allow for maximum comfortbased on the users' size.

In some aspects, the side strap 103, 113, 123, 133 may be attached tothe modular bra 100, 110, 120, 130 as one piece or it may come off alltogether to be interchanged from outfit to outfit. Straps 103, 113, 123,133 within a modular bra collection may comprise the same or differentmaterials, fabrics, and designs based upon user request. In someaspects, the straps 103, 113, 123,133 may be customized to match certainoutfits. For example, a user may want to match a strap 123 to the laceof a strapless dress, which may allow the user to wear a strapped brawithout taking away from the look.

In some aspects, there may be an in-app guide to show which strap 103,113, 123, 133 may fit best with a certain outfit, and there also may bedifferent variations to go with different sets of dresses, shirts,gowns, or other outfits. In some embodiments, the app may integrate withor have access to online seller sites and inventory, wherein a user mayselect the exact articles of clothing, which may allow for betterpairing of the bra piece 100, 110, 120, 130 with the outfit.

In some embodiments, the modular bra piece 100, 110, 120, 130 maycomprise cups 104, 114, 124, 134 that may be offered in a range of sizeslike on a typical bra or may allow for more customized sizes. Themodular aspects may allow for different sizes on the same modular bra,wherein the cups 104, 114, 124, 134 may be different on both sides toaccommodate different sized and shaped breasts. Each cup 104, 114, 124,134 may be made up different material based on size for maximum comfort,or all may be made up of the same material based on user preference.

In some aspects, the cups 104, 114, 124, 134 may pair with an app toperform or prompt a breast self-exam. In other aspects the cups 104,114, 124, 134 may also come apart via the front clasps 105, 115, 125,135 on the inside of the bra. The front clasps 105, 115, 125, 135 maycomprise different sizes based on breast size or user preference. Forexample, the larger the clip size, the more strength and support thatthe modular bra may provide. Different variations of the modular brapieces 100, 110, 120, 130 may have different support for differentbreast sizes based on the configuration of the user.

Referring now to FIG. 2, a variation of different types of clasp 210,220, 230, 240, 250 that may be on the back of the modular bra strap inorder to keep the bra together, that may allow for maximum comfort aswell as support. In some embodiments, the clasps 210 may be somewhat ofa traditional type of bra clasp, but the clasp may be made up of adifferent material for more comfort and less irritation. In someembodiments, a clasp 210 may comprise two individual hooks that may beused to hold the two straps together. In another aspect, the clasp 220may be similar to a traditional bra clasp but with more clips for moresupport and strength. This may be effective when the user has a wideback and there may need to be more strength when being held together,such as with larger breast sizes.

In some aspects, a clasp 230 may allow for a snap or slide system forless struggle and more comfort. This may allow for a firm singularposition fit with little to no movement when snapped or slid into eachside. In some implementations, the clasp 230 may be slid from left toright for further adjustment. In some embodiments, the clasp 230 may bebuilt in to the bra strap.

In some embodiment, mixed clasps 240, 250 may comprise multiple clasptypes, which may allow for a better distribution of the pressure causedby connecting the modular bra. In some aspects, mixed clasps 240, 250may comprise a snap or slide clasps in conjunction with a secondaryconnection type. For example, the secondary connection type may comprisean elastic material that may provide a more elastic feel like that of asports bra. As another example, the secondary connection type maycomprise a hook and loop material that may limit pulling at any givenlocation, strengthening the connection and also increasing comfort. Insome aspects, paired clasps may be different but complementaryembodiments.

Referring now to FIG. 3, illustrating different variations of necklinesin clothing tops that may be difficult for traditional bras to conformto. In some aspects, the straps of the modular bra may able to beremoved, conformed or repositioned to the correlating necklines of thegowns as shown. The straps on the modular bra may be configured to hideunder shoulder areas of gowns, or the bra may be configured to resemblesomething “strapless” to hide under a specific shirt or dress. In someembodiments, the modular bra may conform to having two differentpositional orientations for each strap.

Referring now to FIG. 4 illustrating the backs of different types ofclothing tops that the modular bra may conform to in order to remainseamless with the outfit and not be shown. In some aspects the modularbra may conform to the back of a top of clothing or gown just aspreviously stated in FIG. 3. In some aspects, the modular bra may behidden in the back using the removable straps on both the shoulders andthe side for full configuration to be hidden based on the type ofclothing being worn. The modular bra may also be configured on both thefront and the type of clothing being worn.

Referring now to FIGS. 5A-5E, an exemplary modular bra 500 withdifferent cups 510, 520 is illustrated, wherein FIG. 5A illustrates adisconnected modular bra 500 and FIG. 5D illustrates a connected modularbra 500. In some aspects, the cups 510, 520 may snap together on thefront of the modular bra 500 using a clasp system 530, 531, 532, 533. Insome embodiments, a modular bra 500 may comprise two bra pieces eachwith a separate strap 515, 525.

In some aspects, the modular bra 500 may comprise cups 510, 520 withdifferent configurations to accommodate for different breast sizes,designs, and coverage. This variation may allow for use in asymmetricalclothing, where one side of the top may show more cleavage than theother. In some aspects, the different sides of the modular bra 500 mayboth be made up of separate materials or they may both be made up of thesame material based on the configuration.

In some embodiments, the clasp system 530 may be set to different lengthsettings to adjust to breast size or outfit type. In some embodiments,the snaps 531, 532 may be set to the outer most setting giving more roomfor larger size breasts or providing more comfort for user preference.In some implementations, the snaps 531, 532 may allow for a closesetting to accommodate smaller breast size or allow for nuanced controlover the circumference of the modular bra. In some aspects, a slide 533may allow for different settings for each cup, which may allow fordifferent levels of support and comfort. A clasp system 530 may allowfor control over the gap between the cups, which may be useful to adaptto different types of outfits, such as between tops with a plungingneckline and those with a peekaboo cleavage opening.

In some aspects, the snaps 531, 532 may be snapped into place within thesame column. In some embodiments, the snaps 531, 532 may be snapped indiagonally, which may allow for deeper plunge between the cups. Thesnaps 531, 532 may be strong enough to snap into each other. In someaspects, a slide 533 may provide added strength to the connection, whichmay be helpful with larger breast sizes or to create more cleavage.

In some aspects, a slide 533 may be permanently attached to one of thesnaps 531, 532 or it may be snapped on from one side to the other basedon preference. The slide 533 may be aligned diagonally for a differentconfiguration. The slide 533 may comprise a release function, such as bypinching the slide 533, wherein the release may allow for easydisconnection between the cups 520, 510. The slide 533 may cover thesnaps 531, 532 to protect the user from discomfort caused by exposedsnaps 531, 532.

Referring now to FIGS. 6A-6E, an exemplary modular bra 650 andcomplementary software application are illustrated. FIG. 6A illustratesan exemplary GUI 605 requesting measurements for a modular bra fitting.FIG. 6B illustrates an exemplary GUI 610 requesting cup type selectionfor a modular bra. FIG. 6C illustrates an exemplary GUI 615 providingfitting instructions for a modular bra. FIG. 6D illustrates a backconfiguration for an exemplary modular bra 650. FIG. 6E illustrates afront configuration for an exemplary modular bra 650.

In some aspects, configuration of a modular bra 650 may be guided orconstructed through use of an app that may be downloaded onto a portabledevice 600, such as a smartphone or tablet. In some embodiments, the appmay be used to demonstrate to a user how to take proper measurements ofbreasts for a bra fit. A measurement GUI 605 may prompt input ofdifferent measurements. In some aspects, all measurements may berequired before moving to the next GUI. In some embodiments, partialinput may be permissible with a warning that the final result may not bethe best fit. There may be an option to adjust the measurements forfuture adjustments to the body in order to compensate correctly, such asfor breast augmentation, breast reduction, pregnancy, nursing,mastectomy, weight gain, or weight loss, as non-limiting examples.

In some embodiments, a cup selection GUI 610 may prompt a user to selectcup type, style, coverage, and design. The cup selection GUI 610 mayprovide a suggested cup type based on the input measurements that theuser may select or may select a different option, such as based onpreference, outfit, or occasion. The cup selection GUI 610 may alsoallow for the user to control the padding built into the modular bra 650in order for the user to have maximum comfort and support.

In some implementations, a configuration GUI 615 may demonstrate to theuser how the straps may be attached for comfort and stability, such asbased on input measurements. In some aspects, the configuration GUI 615may be used to instruct the user how the straps may be removed correctlyfrom the modular bra 650 itself or how they may be installed correctlybased on the outfit being worn. The configuration GUI 615 may show theuser which configuration of straps may be best for a certain outfit, orhow to align the straps for a specific configuration. In some aspects,larger breast sizes may benefit from broader strap support to preventsagging caused by the weight of the breast. The configuration GUI 615may accommodate for different breast sizes and uneven distribution ofweight.

In some embodiments, a cup size GUI (not shown) may provide guidance onchanging cup sizes, such as to balance out breast sizes or to allow foran increase in size. For example, a user may be a little under a B inher left breast and an exact B in her right breast. The cups may only beavailable in typical cup size increments, and the cup size GUI mayadvise on how to create a better fit for the left breast. As anotherexample, a user may want to increase her breast size to a D.

In some embodiments, straps 660, 670, as illustrated in FIG. 6D, may beadjusted into different slots on the side straps 665, 675. The user maydo this manually or may be aided by the configuration GUI 615. In someaspects, the configuration GUI 615 may provide a base configuration thatthe user may tweak once wearing the modular bra 650. The straps 660, 670may be placed vertically as shown in different slots. The straps 660,670 may be aligned diagonally in different slots on different sides ofthe modular bra 650. The straps 660, 670 may also be removed completelyfrom the modular bra 650, or there may be one removed from each side foruser preference, such as two on one side, none on other; one on one sidetwo on the other; three on one side one on the other, as non-limitingexamples. The asymmetry may be based on comfort, preference, outfit, orcombinations, as non-limiting examples.

In some aspects, the modular bra 650 may have snaps 655 on the undersideof the cups 680, 685 for the straps 670, 660 to snap on to the front ofthe modular bra 650. The snaps 655 may be snapped into and out of atdifferent positions based on where the straps 660, 670 are aligned onthe back. In some embodiments, the modular bra 650 may comprise anattachable panel 690 that may hang from the base of the modular bra 650.The panel 690 may provide coverage or compression, which may limitbulges. The panel 690 may be purely decorative, wherein the panel 690may be based on user preference and may be shown under an outfit, suchas a tank top with wide arm openings. The panel 690 may be functional,such as providing adjustable protection against spillage onto an outfitfor a nursing mother.

In some aspects, a modular bra 650 may comprise a health monitoringsystem. One or more of the side straps 665, 675 or cups 680, 685 maycomprise biofeedback devices, such as to track heartrate, stress levels,temperature, steps taken, or activity levels, as non-limiting examples.For example, the left cup 685 may comprise a heart rate monitor, and theright side strap 675 may comprise a pedometer. In some embodiments, theapp may comprise a fitness section that may allow the user to monitortheir vitals, such as during physical activity.

Referring now to FIGS. 7A-7E, an exemplary modular bra 750 andcomplementary software application are illustrated, wherein the app mayprovide configuration guidance based on outfit, such as neckline type.FIG. 7A illustrates an exemplary neckline GUI 705 requesting necklinesuggestion for a modular bra selection. FIG. 7B illustrates an exemplarycup style GUI 710 requesting cup type selection for modular braselection. FIG. 7C illustrates an exemplary configuration GUI 715providing fitting instructions for a modular bra. FIG. 7D illustrates aback strap 770 configuration for an exemplary modular bra 750. FIG. 7Eillustrates a front strap 760, 790 configuration for an exemplarymodular bra 750.

In some embodiments, the app may be downloadable onto a portable device700 and may determine the best modular bra configuration for a necklineof a specific type of clothing. A neckline GUI 705 may prompt input of aneckline type. The app may suggest the best front strap 760, 790 andback strap 770 configuration for the outfit being worn. The app mayguide the user to help them in their choice of preference. The necklineGUI 705 may provide standard necklines. In some embodiments, the app mayinterface or may have access to brand-specific clothing, wherein a usermay select the exact article of clothing. This may allow for a moretailored modular bra 750. In some aspects, one or both a back strap 770and a front strap 760 may simultaneously replace two side straps,wherein a single back strap 770 or front strap may substitute forseparate side straps for each bra piece.

In some embodiments, the modular bra 750 may comprise a range of straptypes that may accommodate a variety of necklines. A racerback backstrap 770 may be attached to the top of the side straps 765, 775,similarly to the straps 660, 670 illustrated and described in FIG. 6D.The backstrap 770 may be moved from left to right on the top of the sidestraps 765, 775 to provide customizable comfort. In some embodiments,the back strap 770 may be attached at the bottom of the side straps 765,775 in conjunction with the top or instead of. In some aspects, the backstrap 770 may be interchangeable with other options to allow for usewith different outfits.

In some aspects, the modular bra 750 may comprise a center front strap760 attached to the back strap 770. A front strap connector 790 may beattachable to the center front strap 760 and the cups 780, 785, whichmay allow for support of the cups 780, 785. In some embodiments, thecenter front strap 760 may extend to the cups 780, 785 and attach thereto increase lift of the breasts.

Referring now to FIGS. 8A and 8B, illustrating the modular bra 800 andhow a cup 820 may be inflated using an inflation mechanism 830. FIG. 8Aillustrates an exemplary modular bra with adjustable cup. FIG. 8Billustrates an exemplary modular bra with adjustable cup, wherein thecup size is enlarged.

In some aspects, the inflation mechanism 830 may be attachable to themodular bra 800 via the inflation tube 825, wherein the inflationmechanism 830 be removed after inflation. The inflation pump 830 mayallow for manual inflation by the user via the mouth or a separate pumpattachment that may go along with the bra to help inflate. The modularbra 800 may comprise a release button 840 to release the air out of thecup 820 before taking the bra off or to decrease the size of the cup820.

In some embodiments, the cup 820 may be inflated to a certain leveldesired by the user, and the air level may be monitored using the appand may also have a variation where the app fully controls the inflationof the cup 820 manually. The inflation mechanism 830 may be used toinflate the cup 820 to a certain level, and then the cup may be deflatedusing the app. The app may also sense when an issue may occur with theinflation system and warn the user with notifications from the app tothe smart device. The app may also suggest inflation levels for the userbased on the outfit being worn, breast size, and type of modular bra 800variation in use.

In other embodiments, the inflation mechanism 830 may be attached to themodular bra 800 and stored in a compartment that may exist in the sidestrap 851. The user may store the inflation mechanism 830 when not inuse and may also have free access whenever needed for differentoccasions or outfits being worn. In some aspects, seamless insertioninside the elastic paneling 841 of the side strap 851 that allows theinflation mechanism 830 to slide in and out for use. The elasticpaneling 841 may allow for limited elasticity of the side strap 851,which may increase comfort.

In some implementations, an inflation mechanism 830 may exist on bothsides of the modular bra 800 for each individual cup 820, so the usermay inflate each cup 820 differently based on symmetry of outfit orbreasts. There may also exist a pneumatic system throughout the liningof the modular bra 800 that may be controlled by one inflation mechanism830 or by the app. If controlled by one inflation mechanism 830 theremay be a shut off for each individual cup 820 so that air does notconstantly fill each cup 820 evenly, which may allow for individualcontrol of the cups 820.

In some aspects, a back pad 843 where different types of rods andmaterials may be interchanged for different types of support andcomfort. The back pad 843 may also allow for more flexibility ifmaterials are not inserted into the modular bra 800. The strap loops 842may also fold inside the back pad 843 when being used as a variation ofa sports bra or strapless bra to hide them if the back is exposed or formaximum comfort if working out or doing some other physical activity.

Referring now to FIG. 9, an exemplary modular bra with adjustable cup,wherein the modular bra is in communication with a portable device isillustrated. In some embodiments, a modular bra 900 may be controlled bya smart device 970. In some aspects, the modular bra 900 may comprise asmall processor 940 that may be remotely controlled by an app 975 on asmart device 970. The app 975 may show different cup size levels thatmay allow the user to control size of the cup 920. In some embodiments,a manual override port 925 or release tab may allow for cup size controldirectly through the modular bra 900. The app 975 may also allowflattening of the cup 920 if chosen by the user. The user may selectspecific configurations for specific measurements or outfits. Forexample, at the office or at home, the user may prefer no augmentation,and for a night out, the user may add some augmentation.

In some implementations, the modular bra 900 may have a USB port 950 tocharge the bra, update firmware, or transmit data between the modularbra 900 and the smart device 970. The modular bra 900 may be controlledby the app 975 while the it is being worn, while it is not in use, orboth. In some aspects, as a security mechanism, the smart device 970 maybe located within a predefined distance from the modular bra 900 toallow for control. In some aspects, the app 975 may be programmed tonotify the user of a malfunction, such as an unintentional change in cupsize. The cup 920 may comprise sensors 930 that may be able to monitorand detect cup size and shape.

In other embodiments, a hidden back clasp 960 may be on the inside ofthe back of the bra in order to allow for a firmer, more comfortablefit. The hidden back clasp 960 may be removed to slide differentmaterials into the bra for different supports or different fittings. Forexample, a material may be inserted as a spacer and allows for a larger,looser fit in case of pregnancy, nursing, engorgement, or breastaugmentation, which may limit the necessity to purchase a completely newbra.

CONCLUSION

A number of embodiments of the present disclosure have been described.While this specification contains many specific implementation details,these should not be construed as limitations on the scope of anydisclosures or of what may be claimed, but rather as descriptions offeatures specific to particular embodiments of the present disclosure.

Certain features that are described in this specification in the contextof separate embodiments can also be implemented in combination or in asingle embodiment. Conversely, various features that are described inthe context of a single embodiment can also be implemented incombination in multiple embodiments separately or in any suitablesub-combination. Moreover, although features may be described above asacting in certain combinations and even initially claimed as such, oneor more features from a claimed combination can in some cases be excisedfrom the combination, and the claimed combination may be directed to asub-combination or variation of a sub-combination.

Similarly, while operations are depicted in the drawings in a particularorder, this should not be understood as requiring that such operationsbe performed in the particular order shown or in sequential order, orthat all illustrated operations be performed, to achieve desirableresults. In certain circumstances, multitasking and parallel processingmay be advantageous.

Moreover, the separation of various system components in the embodimentsdescribed above should not be understood as requiring such separation inall embodiments, and it should be understood that the described programcomponents and systems can generally be integrated together in a singlesoftware product or packaged into multiple software products.

Thus, particular embodiments of the subject matter have been described.Other embodiments are within the scope of the following claims. In somecases, the actions recited in the claims can be performed in a differentorder and still achieve desirable results. In addition, the processesdepicted in the accompanying figures do not necessarily require theparticular order show, or sequential order, to achieve desirableresults. In certain implementations, multitasking and parallelprocessing may be advantageous. Nevertheless, it will be understood thatvarious modifications may be made without departing from the spirit andscope of the claimed disclosure.

What is claimed is:
 1. A modular bra comprising: a first bra piececomprising: a first cup shaped to hold a first user breast, a first sidestrap attaches to the first cup and extends upward, a first side bandcomprising a first cup end and a first back clasp end, wherein the firstcup end attaches to the first cup and extends laterally, a first backclasp attached the first back clasp end, and a first front claspattached to the first cup; and a second bra piece comprising: a secondcup shaped to hold a second user breast, a second side strap attaches tothe second cup and extends upward, a second side band comprising asecond cup end and a second back clasp end, wherein the second cup endattaches to the second cup and extends laterally, a second back claspattached the second back clasp end, wherein the second back clasp isconnectable to the first back clasp and when connected the first sideband and second side band are configured to wrap around a user, and asecond front clasp attached to the second cup, wherein the second frontclasps is connectable to the first front clasp; and wherein the firstbra piece and second bra piece are connectable to create a bra, wherein,when the bra is worn by a user, the first cup supports the first userbreast, the second cup supports the second user breast, the first sideband and second side band wrap around the user, and the first side strapand second side strap provide lift to one or both the first user breastand second user breast.
 2. The modular bra of claim 1, furthercomprising an attachable panel connectable to one or both the first brapiece and the second bra piece, wherein, when the attachable panel isattached and the bra is worn, the attachable panel covers a portion ofthe user under the bra.
 3. The modular bra of claim 1, wherein one ormore of the first side strap, first side band, second side strap, andsecond side band are adjustable in length.
 4. The modular bra of claim1, further comprising one or both a back strap and a back strap, whereinthe first side strap is detachable from the first cup, the second sidestrap is detachable from the second cup, and one or both a back strapand front strap can simultaneously replace two detached side straps. 5.The modular bra of claim 1, wherein at least a portion of the first brapiece is different than at least a portion of the second bra piece. 6.The modular bra of claim 5, wherein the first cup and the second cup aredifferent sizes.
 7. The modular bra of claim 5, wherein the first cupand the second cup provide different coverage.
 8. The modular bra ofclaim 1, wherein one or both the first side strap and first side bandare adjustable in position with the first cup, and one or both thesecond side strap and second side band are adjustable in position withthe second cup.
 9. The modular bra of claim 8, wherein the first sidestrap is connectable to one or both the first side band and the secondside band, and the second side strap is connectable to one or both thefirst side band and the second side band.
 10. The modular bra of claim8, wherein the first cup comprises a first plurality of slots, whereinone or both the first side strap and the first side band are connectableto at least a portion of the first plurality of slots, and the secondcup comprises a second plurality of slots, wherein one or both thesecond side strap and the second side band are connectable to at least aportion of the second plurality of slots.
 11. The modular bra of claim8, wherein the modular bra is configured to pair with a softwareapplication that provides configuration guidance for positions of one ormore the first side strap, the first side band, the second side strap,and the second side band.
 12. The modular bra of claim 11, wherein theconfiguration guidance is based at least in part on a neckline of apiece of clothing to be worn over the bra.
 13. A modular bra systemcomprising: a plurality of bra pieces, wherein each bra piece comprisesa cup shaped to hold a user breast, a side strap attaches to the cup andextends upward, a side band comprising a cup end and a back clasp end,wherein the cup end attaches to the cup and extends laterally, a backclasp attached the back clasp end, wherein each back clasp isconnectable, and a front clasp attached to the cup, wherein each frontclasp is connectable; and wherein the plurality of bra pieces areinterchangeably connectable as pairs to create a bra, wherein, when thebra is worn by a user, each cup supports the user breast, each side bandwraps around the user, and each side strap provides lift to the userbreast.
 14. The modular bra system of claim 13, wherein the plurality ofbra pieces comprise a plurality of cup styles.
 15. The modular brasystem of claim 13, wherein the plurality of bra pieces comprise aplurality of cup sizes.
 16. The modular bra system of claim 13, whereinat least a portion of side straps are detachable from the cup, and themodular bra system further comprises one or both back strap and frontstrap, wherein the one or both back strap and front strap cansimultaneously replace two detached side straps.
 17. The modular brasystem of claim 13, further comprising an attachable panel connectableto at least a portion of the plurality of bra pieces, wherein, when theattachable panel is attached and the bra is worn, the attachable panelcovers a portion of the user under the bra.
 18. The modular bra systemof claim 13, further comprising a software application that providesconfiguration guidance for combinations of at least a portion of theplurality of bra pieces.
 19. The modular bra system of claim 18, whereinthe configuration guidance is based at least in part on a neckline of apiece of clothing to be worn over the bra.
 20. The modular bra system ofclaim 19, wherein the configuration guidance is based at least in parton body measurements of the user.